Bul09012
Geofysisk Afdeling, GEUS Phone 38 14 20 00
Office of Seismology +45 38 14 20 00
Østervoldgade 10 Telex 15184 seismo dk
DK-1350 København K Telefax 38 14 20 50
Processed 2009 03 17
ISSN 1395 - 8259
PRELIMINARY SEISMOGRAM READINGS
from Danish network:
cop Copenhagen (DK) 55.68 N 12.43 E 13 m
dag Danmarkshavn (DK) 76.77 N 18.65 W 30 m
mud Moensted Underground (DK) 56.46 N 9.17 E 12 m
bsd Bornholm (DK) 55.11 N 14.91 E 88 m
lld Lille Linde, Stevns (DK) 55.33 N 12.22 E 8 m
sco Scoresbysund (DK) 70.48 N 21.95 W 69 m
nrs Narssarsuaq (DK) 61.16 N 45.42 W 66 m
sfjd Soendre Stroemfjord (IU) 67.00 N 50.62 W 328 m
sumg Summit Greenland (GE) 72.58 N 38.45 W 3240 m
Amplitudes are 0.5*double trace amplitude (p-p) / steady state
magnification at period given. Units are:
pm pico meter i.e. 10**-12 m
nm nano -9 m
um micro -6 m
etc.
p means any first arrival P, PKP or PKIKP etc.
ap is pP and xp sP as used in mono case letter formats.
cop
10 mar ip 04 24 06.7 0.9 s 20nm
11 mar ipc 17 37 17.5 is 47 54.4 lz 18s 760nm
11 mar ipc 21 16 39.2 1.0 s 28nm is 27 14.8 lz 24s 760nm
12 mar ep 08 36 20.5
12 mar ip 23 36 33.5 0.9 s 51nm lz 22s 2000nm
13 mar ip 09 17 25.4 0.9 s 24nm
14 mar ip 03 23 26.4 1.0 s 12nm
dag
10 mar ip 00 47 40.3 0.6 s 3800pm
10 mar ip 01 51 08.1 0.7 s 1200pm
10 mar ep 04 23 20.6 1.0 s 1400pm
10 mar ip 05 31 03.2 is 31 55.6
10 mar ep 06 02 01.6 is 02 52.5
10 mar ip 07 21 41.3 1.1 s 7300pm
11 mar ip 06 26 21.9 i 26 29.9 is 27 14.6
11 mar ip 13 11 14.1 0.8 s 3100pm
11 mar ipc 17 36 21.5 1.0 s 30nm lz 19s 8300nm
11 mar ip 21 15 43.8 1.0 s 64nm is 25 30.0 lz 18s 9300nm
12 mar ip 02 15 56.2 0.9 s 13nm
12 mar ip 08 36 21.6 0.7 s 2100pm i 38 11.1
12 mar ep 12 06 43.2 1.0 s 4000pm
12 mar ipc 23 35 36.8 1.0 s 32nm is 45 29.1 lz 21s 7800nm
13 mar ip 07 27 55.7 1.1 s 5700pm i 28 47.4
13 mar ip 08 23 05.2 is 23 40.6
13 mar ipc 09 16 17.7 0.8 s 19nm
13 mar ip 17 06 15.3 1.0 s 9100pm
13 mar ip 17 44 54.8 0.9 s 7300pm
13 mar ep 23 27 55.9 is 28 37.5
14 mar ip 03 27 31.2
14 mar ip 13 26 44.4 is 27 44.5
14 mar ip 13 36 30.8 1.0 s 5300pm
14 mar ip 14 30 44.1 1.1 s 5200pm
15 mar ip 03 27 04.6 1.0 s 10nm
15 mar ip 04 01 37.4 0.9 s 10nm
15 mar ipc 11 43 18.7 is 44 11.0
15 mar ip 18 27 37.9 0.8 s 1500pm
16 mar ip 07 33 20.5 0.8 s 5700pm
16 mar ipc 14 29 25.0 0.8 s 63nm i 29 33.7 i 40 03.7
lz 24s 7400nm
16 mar ip 15 27 35.9 1.1 s 10nm
mud
10 mar ip 04 24 04.8 1.0 s 23nm
11 mar ip 03 16 09.3 1.0 s 14nm
11 mar ipc 17 37 07.8 1.2 s 19nm lz 18s 2000nm
11 mar ip 21 16 29.5 1.0 s 35nm
12 mar ip 02 16 23.0 1.1 s 17nm
12 mar ipc 08 36 29.5 0.9 s 35nm
12 mar ep 12 07 02.2 0.9 s 15nm
12 mar ip 23 36 19.0 1.1 s 48nm is 46 55.1 lz 18s 4000nm
13 mar ip 09 17 30.2 0.8 s 19nm
14 mar ip 03 23 25.4 1.0 s 11nm
14 mar ep 13 35 04.2 1.1 s 12nm
16 mar ep 14 29 45.4 1.0 s 22nm lz 17s 7100nm
bsd
10 mar ip 04 24 05.3 1.0 s 24nm
10 mar ip 12 26 41.4 is 26 58.0
10 mar ip 13 30 42.2 ipg 30 43.6 is 30 56.7
ilg 30 58.9
11 mar ip 00 31 13.8 1.1 s 12nm
11 mar ipc 17 37 23.7 lz 18s 1900nm
11 mar ipc 21 16 46.4 1.0 s 33nm is 27 26.0 lz 20s 2000nm
12 mar ip 04 18 49.0 is 19 32.9
12 mar ipc 08 36 12.3 0.8 s 33nm
12 mar ep 12 07 01.3 1.0 s 16nm
12 mar ipc 14 03 24.5 es 03 26.0
12 mar ip 17 31 32.2 is 31 48.1
12 mar ip 18 25 07.6 is 25 25.6
12 mar ip 21 15 38.8 is 16 19.3
12 mar ipd 23 36 36.4 lz 28s 2400nm
13 mar ip 00 22 00.8 is 22 43.9
13 mar ip 09 17 23.4 0.9 s 20nm
13 mar ep 10 57 21.1 es 57 34.9 ilg 57 37.1
13 mar ep 15 19 15.6
14 mar ipc 03 23 26.5 1.0 s 17nm
14 mar ip 13 34 35.0 0.8 s 12nm
16 mar ip 14 29 34.0 0.8 s 32nm i 40 14.2 lz 20s 7100nm
16 mar ip 19 39 55.3 is 40 35.7 ilg 40 38.1
lld
11 mar ip 21 16 41.4 0.8 s 86nm
12 mar ip 08 36 22.2 0.8 s 67nm
12 mar ip 23 36 37.4 0.9 s 43nm
14 mar ep 03 23 27.0 0.9 s 22nm
sco
10 mar ip 00 47 27.5 0.4 s 600pm
10 mar ep 09 33 29.2 es 34 00.0
10 mar ep 20 10 36.1 is 10 38.2
10 mar ep 21 55 09.8 is 55 12.1
11 mar ep 03 15 43.8 i 15 59.8 is 17 11.7
11 mar ep 14 43 02.0 is 43 04.2
11 mar ip 17 36 02.4 0.9 s 18nm
11 mar ip 21 15 23.6 0.8 s 16nm lz 18s 5700nm
12 mar ep 12 06 51.2 1.1 s 6900pm
12 mar ep 23 35 18.1 0.9 s 45nm lz 26s 5400nm
13 mar ip 07 28 40.3 0.8 s 8700pm
13 mar ep 08 24 31.5 is 26 19.5
13 mar ip 09 16 59.3 0.9 s 11nm
13 mar ip 17 44 36.2 0.9 s 5500pm
14 mar ip 03 22 56.6 1.0 s 4900pm
14 mar ip 13 26 07.8 es 26 42.5
16 mar ep 07 33 16.4 1.0 s 12nm
16 mar ip 14 29 52.2 0.9 s 6600pm i 40 30.8 lz 21s 5400nm
16 mar ip 15 26 31.4 1.0 s 9500pm
sfjd
10 mar ip 02 28 45.8 is 29 04.7
10 mar ip 05 50 08.7 is 50 37.7
10 mar ep 19 36 54.2 is 36 54.7
11 mar ep 01 32 19.3 es 32 21.8
11 mar ip 17 34 56.3 0.9 s 31nm
11 mar ip 18 46 12.3 is 46 41.3
11 mar ip 20 58 26.1 es 58 32.3
11 mar ip 21 14 18.3 0.9 s 26nm es 22 44.6
12 mar ip 02 14 46.3 is 15 44.1
12 mar ip 04 33 17.6 is 33 37.3 ilg 33 38.3
12 mar ip 07 27 24.4 es 28 21.0
12 mar ip 08 37 42.3 0.7 s 12nm
12 mar ip 11 20 29.6 is 21 25.8
12 mar ip 13 35 01.9 is 35 59.5
12 mar ip 14 49 19.3 is 49 44.5
12 mar ip 16 27 48.7 is 28 03.5
12 mar ipd 23 34 16.5 1.0 s 50nm lz 18s 7700nm
13 mar ip 04 36 30.9 is 36 32.0
13 mar ip 07 28 55.5 0.8 s 6900pm
13 mar ip 09 17 28.4 1.1 s 27nm
13 mar ip 14 41 45.7 is 42 45.2
13 mar ep 16 00 41.8 is 00 43.5
13 mar ip 17 43 30.7 0.8 s 7800pm
14 mar ip 03 22 55.3 0.8 s 7500pm
14 mar ip 03 25 27.1 is 26 26.6
14 mar ip 04 51 03.4 is 52 00.0
14 mar ip 05 08 39.3 is 09 37.3
14 mar ip 05 43 45.8 is 44 43.2
14 mar ip 11 48 47.3 is 49 10.0 ilg 49 11.6
14 mar ip 12 38 58.8 is 39 56.0
14 mar ip 13 27 40.0 is 29 20.0
15 mar ip 03 25 51.7 0.9 s 7600pm
15 mar ip 08 31 06.1 0.9 s 5200pm
15 mar ip 08 51 16.1 0.8 s 18nm
16 mar ip 00 52 16.5 is 53 14.9
16 mar ip 13 46 18.7 es 46 29.9
sumg
10 mar ip 00 47 00.7 0.9 s 4800pm
10 mar ip 01 51 41.0 0.9 s 4000pm
10 mar ep 04 23 22.8 1.1 s 3900pm
10 mar ip 05 32 30.8 es 34 31.0
10 mar ep 06 00 14.9 es 01 37.0
10 mar ip 07 21 04.7 1.0 s 17nm
10 mar ip 09 33 39.2 is 34 19.4
10 mar ip 21 58 38.2 1.0 s 7000pm
11 mar ip 00 28 40.9 0.9 s 5600pm
11 mar ep 05 33 21.1 0.9 s 4200pm
11 mar ip 06 27 48.8 is 29 49.5
11 mar ip 13 11 55.9 0.9 s 8200pm
11 mar ip 17 35 43.1 1.0 s 100nm
11 mar ip 21 15 04.3 0.9 s 110nm
12 mar ip 02 15 11.7 0.8 s 27nm
12 mar ep 07 28 10.0 is 29 36.8
12 mar ip 08 37 04.1 0.7 s 10nm
12 mar ip 11 21 10.4 is 22 40.7
12 mar ep 12 06 57.2 0.9 s 8600pm
12 mar ep 13 35 49.8 is 37 16.4
12 mar ip 23 34 57.9 1.0 s 230nm is 44 20.0 lz 17s 7900nm
13 mar ip 07 28 26.5 0.9 s 69nm
13 mar ip 08 24 21.5 is 25 54.3 ilg 26 42.6
13 mar ipc 09 16 54.5 0.9 s 58nm
13 mar ip 09 18 25.3 1.0 s 10nm
13 mar ip 12 45 45.0 0.7 s 5300pm
13 mar ip 14 42 32.0 is 43 58.5
13 mar ip 17 05 37.1 0.9 s 30nm
13 mar ip 17 44 17.1 1.0 s 34nm
13 mar ip 20 05 49.0 is 05 53.4 ilg 05 55.5
13 mar ep 23 29 14.1 is 30 46.2
14 mar ip 03 26 10.1 is 27 39.0
14 mar ep 04 51 46.6 es 53 15.9
14 mar ep 05 09 27.4 es 10 52.2
14 mar ip 05 44 28.1 is 45 57.4
14 mar ip 13 26 18.7 is 26 56.9
14 mar ip 13 37 09.7 0.7 s 13nm
14 mar ip 14 30 07.9 1.0 s 14nm
15 mar ip 03 26 31.6 0.8 s 12nm
15 mar ip 04 02 48.5 0.9 s 10nm
15 mar ip 08 31 40.7 0.9 s 14nm
15 mar ip 08 32 32.7 1.0 s 34nm
15 mar ip 11 44 47.0 is 46 45.8
15 mar ep 18 27 40.3 1.0 s 5300pm i 27 59.4
15 mar ip 23 35 11.3 is 35 17.2 ilg 35 17.8
16 mar ep 00 53 01.2 is 54 27.9
16 mar ip 14 29 52.9 1.0 s 15nm lz 24s 5700nm
16 mar ip 15 26 38.3 0.8 s 9000pm
16 mar ep 17 08 21.0 1.0 s 5700pm
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